*DECK     NETPUTS 
USETEXT AIPDEF
USETEXT HEADER
USETEXT NP$GETS 
USETEXT NP$GMB
USETEXT NP$MODE 
USETEXT NP$NWL
      PROC NETPUTS(HA,ATA,OPTWD); 
 #
*1DC  NETPUTS 
* 
*     1. PROC NAME           AUTHOR              DATE 
*        NETPUTS             E. GEE              01/30/85 
* 
*     2. FUNCTIONAL DESCRIPTION.
*          CHECK ASYNCHRONOUS SUPERVISORY MESSAGES TO SEE IF THEY 
*            AFFECT MESSAGES IN THE UPLINE DATA QUEUE.
* 
*     3. METHOD USED. 
*          IF NO MESSAGE FOUND, 
*            RETURN NULL BLOCK TO APPLICATION.
*          ELSE (DATA MESSAGE FOUND IN DATA BUFFER),
*            IF APP BUFFER IS NOT BIG ENOUGH AND TRUNCATION NOT ALLOWED,
*              SET IBU BIT IN ABH WORD. 
*            ELSE ( DATA MSG CAN BE DELIVERED), 
*              SET TRUNCATION BIT IF DATA MSG IS TRUNCATED. 
*              IF FRAGMENTED GET REQUEST, 
*                COPY TEXT INTO FRAGMENTED BUFFERS. 
*              ELSE (DELIVER MSG INTO ONE BUFFER),
*                COPY TEXT INTO APPLICATION BUFFER. 
*              ADJUST AIP POINTERS FOR UPLINE DATA BUFFER.
* 
*     4. ENTRY CONDITIONS.
*          HA                ADDR OF WORD CONTAINING ABH OF MSG 
*          ATA               ADDR OF BUFFER CONTAINING TEXT OF MSG
*          OPTWD             ADDR OF WORD PROVIDING ADDITIONAL OPTIONS. 
* 
*     5. EXIT CONDITIONS. 
*          NONE.
* 
*     6. COMDECK DECKS AND SYMPL TEXT USED. 
*          AIPDEF            CONSTANT DEFINITIONS 
*          HEADER            ABH AND SUP MSG TEMPLATE 
*          NP$GETS           GLOBAL VARIABLES 
*          NP$GMB            UPLINE MESSAGE BUFFER TABLE
*          NP$MODE           GLOBAL VARIABLES 
*          NP$NWL            NETWORK WORKLIST PROCESSING VARIABLES
* 
*     7. PROCEDURES/FUNCTIONS CALLED. 
*          NETPUT            SEND NETWORK MSG DOWNLINE
*          NP$ERR            ISSUE DAYFILE MSG AND ABORT APP
*          NP$GETQ           REMOVE DATA MSGS FROM UPLINE DATA BUFFER 
* 
*     8. DAYFILE MESSAGES OR OTHER IMPORTANT INFORMATION. 
*          * NETWORK APPLICATION ABORTED, RC = 38. *
*          * NETPUTS: REQUEST INVALID BEFORE NETON. * 
 #
      BEGIN 
# 
      EXTERNAL ROUTINES CALLED
# 
      XREF
        BEGIN 
        PROC NP$ERR;                   # ISSUE ERROR MSG AND ABORT APP #
        PROC NP$GETQ;                  # REMOVE MSGS FROM DATA BUFFER  #
        PROC NETPUT;                   # SEND MSG TO NETWORK           #
        END 
# 
      INPUT VARIABLES 
# 
      ITEM HA;                         # APPLICATION BLOCK HEADER ADDR #
      ITEM ATA;                        # APPLICATION TEXT AREA ADDRESS #
      ARRAY OPTWD S(1);                # ADDR OF WD CONTAINING OPTIONS #
        BEGIN 
        ITEM OPTWDD     U(0,58,01);    # GET DATA FROM QUEUE BEFORE    #
                                       #   GETTING SUP MSG FROM NIP    #
        ITEM OPTWDQ     U(0,59,01);    # GET MSG FROM DATA QUEUE ONLY  #
        END 
# 
      LOCAL VARIABLES 
# 
      ITEM SAVEGMB B;                  # SAVE VALUE OF GMBUSE          #
 
#**********************************************************************#
      CONTROL EJECT;
# 
      EXECUTABLE CODE BEGINS HERE 
# 
      IF NOT ACCEPTED 
      THEN                             # APPLICATION HAS NOT NETTED ON #
        BEGIN 
        NP$ERR("38");                  # ISSUE DAYFILE MSG AND ABORT AP#
        END 
      P<HEADER> = LOC(HA);             # ADDR OF ABH                   #
      P<SUPMSG> = LOC(ATA);            # ADDR OF TEXT                  #
# 
      IF THE AIP UPLINE DATA BUFFER FEATURE IS BEING USED, THEN AIP 
      NEEDS TO CHECK IF THE APPLICATION IS ISSUING A CON/END, FC/BRK, 
      LST/OFF, LST/ON, LST/HDX, LST/FDX, OR DC/TRU ASYNCHRONOUS 
      SUPERVISORY MESSAGE.  IF IT IS, AIP MAY HAVE TO ADJUST OR REMOVE
      MESSAGES IN THE AIP UPLINE DATA BUFFER. 
# 
      IF GMBUSE AND                    # UPLINE DATA QUEUE EXISTS      #
         (ABHABT[0] EQ APPCMD) AND     # SUPERVISORY MESSAGE           #
         (ABHADR[0] EQ 0)              # ASYNC SUPERVISORY MESSAGE     #
      THEN                             # NEED TO CHECK PFC/SFC         #
        BEGIN 
        ACLN = SPACN[0];               # APP CONNECTION NUMBER         #
        IF (PFCSFC[0] EQ CONEND) OR 
           (PFCSFC[0] EQ FCBRK) 
        THEN                           # APP ISSUED CON/END OR FC/BRK  #
          BEGIN 
          NP$GETQ(GMMDCN);             # DISCARD MSG IN QUE FOR THIS CN#
          END 
        ELSE                           # OTHER SUPERVISORY MESSAGE     #
          BEGIN 
          IF PFCSFC[0] EQ DCTRU 
          THEN                         # TOO LARGE MSGS TO BE TRUNCATED#
            BEGIN 
            GMBTRUNC = TRUE;           # SET TRUNCATE TOO LARGE MSG FLG#
            END 
          END 
        END 
      SAVEGMB = GMBUSE;                # SAVE OF GMBUSE                #
      GMBUSE = FALSE;                  # SO NETPUT WILL NOT ABORT APP  #
      NETPUT(HA,ATA);                  # SEND MSG TO NETWORK           #
      GMBUSE = SAVEGMB;                # RESTORE VALUE OF GMBUSE       #
      RETURN; 
      END 
TERM